Struct cetkaik_yhuap_move_candidates::CetkaikCompact

pub struct CetkaikCompact;

Trait Implementations

impl CetkaikRepresentation for CetkaikCompact

cetkaik_compact_representation クレートに基づいており、視点を決め打ちして絶対座標=相対座標として表現する。 この impl においては、IAは常に一番下の行であり、初期状態でIA行を占有していたプレイヤーは駒が上向き（=あなた）である。 つまり、Upward は常に IASide へと読み替えられる。

type Perspective = Perspective

type AbsoluteCoord = Coord

type RelativeCoord = Coord

type AbsoluteBoard = Board

type RelativeBoard = Board

type AbsolutePiece = PieceWithSide

type RelativePiece = PieceWithSide

type AbsoluteField = Field

type RelativeField = Field

type AbsoluteSide = Side

type RelativeSide = Side

fn to_absolute_coord(
    coord: Self::RelativeCoord,
    _p: Self::Perspective
) -> Self::AbsoluteCoord

fn add_delta(
    coord: Self::RelativeCoord,
    row_delta: isize,
    col_delta: isize
) -> Option<Self::RelativeCoord>

fn relative_get(
    board: Self::RelativeBoard,
    coord: Self::RelativeCoord
) -> Option<Self::RelativePiece>

fn relative_clone_and_set(
    board: &Self::RelativeBoard,
    coord: Self::RelativeCoord,
    p: Option<Self::RelativePiece>
) -> Self::RelativeBoard

fn absolute_get(
    board: &Self::AbsoluteBoard,
    coord: Self::AbsoluteCoord
) -> Option<Self::AbsolutePiece>

fn is_tam_hue_by_default(coord: Self::RelativeCoord) -> bool

fn relative_tam2() -> Self::RelativePiece

fn absolute_tam2() -> Self::AbsolutePiece

fn is_upward(s: Self::RelativeSide) -> bool

fn match_on_piece_and_apply<U>(
    piece: Self::RelativePiece,
    f_tam: &dyn Fn() -> U,
    f_piece: &dyn Fn(Profession, Self::RelativeSide) -> U
) -> U

fn empty_squares_relative(
    board: &Self::RelativeBoard
) -> Vec<Self::RelativeCoord>

fn empty_squares_absolute(
    board: &Self::RelativeBoard
) -> Vec<Self::RelativeCoord>

fn hop1zuo1_of(
    side: Self::AbsoluteSide,
    field: &Self::AbsoluteField
) -> Vec<ColorAndProf>

fn as_board_absolute(field: &Self::AbsoluteField) -> &Self::AbsoluteBoard

fn as_board_relative(field: &Self::RelativeField) -> &Self::RelativeBoard

fn is_water_relative(c: Self::RelativeCoord) -> bool

fn loop_over_one_side_and_tam(
    board: &Self::RelativeBoard,
    side: Self::RelativeSide,
    f_tam_or_piece: &mut dyn FnMut(Self::RelativeCoord, Option<Profession>)
)

fn to_relative_field(
    field: Self::AbsoluteField,
    _p: Self::Perspective
) -> Self::RelativeField

fn to_relative_side(
    side: Self::AbsoluteSide,
    _p: Self::Perspective
) -> Self::RelativeSide

fn get_one_perspective() -> Self::Perspective

fn absolute_distance(a: Self::AbsoluteCoord, b: Self::AbsoluteCoord) -> i32

fn absolute_same_direction(
    origin: Self::AbsoluteCoord,
    a: Self::AbsoluteCoord,
    b: Self::AbsoluteCoord
) -> bool

fn to_cetkaikcore_absolute_side(a: Self::AbsoluteSide) -> Side

fn from_cetkaikcore_absolute_side(a: Side) -> Self::AbsoluteSide

impl Clone for CetkaikCompact

fn clone(&self) -> CetkaikCompact

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for CetkaikCompact

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Hash for CetkaikCompact

fn hash<__H: Hasher>(&self, state: &mut __H)

Feeds this value into the given Hasher.

fn hash_slice<H>(data: &[Self], state: &mut H)where
    H: Hasher,
    Self: Sized,

Feeds a slice of this type into the given Hasher.

impl PartialEq<CetkaikCompact> for CetkaikCompact

fn eq(&self, other: &CetkaikCompact) -> bool

This method tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

This method tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Copy for CetkaikCompact

impl Eq for CetkaikCompact

impl StructuralEq for CetkaikCompact

impl StructuralPartialEq for CetkaikCompact